About Ductable Units pre filters for Roorkee Uttarakhand
Ductable Units pre filters for Roorkee Uttarakhand
Ductable Units Pre Filter manufactured from high density polyethylene mesh which has excellent washable properties as compared to other filter media.Since this filter encounters maximum dust loading, such washable property ensures longer service life of the filter. These filters can be offered in non woven synthetic media and can be supplied either in flange type or box (cassette) type construction. The filter can be supplied in MS, Aluminium or Stainless Steel frames.
Applications:
Heating,
Ventilation & Air Conditioning
Thermal power plants
Nuclear power plants, research organizations & nuclear installations
Pharmaceutical industry
Clean rooms
Computer installations
IC manufacture
Aerospace applications
Usual sizes available are:
Pre filters10microns Prefilters20microns
NoSize inchesFlow(cfm) Size in inches Flow(cfm)
124 x 24 x 21000 24 x 24 x 1/2 500
224 x 24 x 42000 24 x 24 x 2 2000
320 x 20 x 61600 24 x 20 x 2 1600
424 x 24 x 62300 20 x 20 x 2 1400

Robust Filtration for Industrial and Commercial SettingsOur ductable unit pre filters are constructed using high-quality materials, ensuring consistent performance in demanding environments. The synthetic non-woven, HDPE, or glass fibre mesh efficiently captures airborne particles, protecting equipment and maintaining air quality. These pre filters are ideal for a variety of sectors, including pharmaceuticals, OT, hospitals, malls, and power plants, promising both efficiency and reliability.
Versatile Applications and Easy IntegrationEngineered for seamless integration with ductable air handling units, these pre filters can be utilized across multiple industries. Their sturdy box filter design and advanced filtration media allow them to withstand tough operational conditions in hotels, textile mills, cement plants, and more, helping to extend the life of downstream filters and HVAC systems.
FAQ's of Ductable Units pre filters for Roorkee Uttarakhand:
Q: How do ductable unit pre filters function in HVAC systems?
A: Ductable unit pre filters trap large airborne contaminants like dust and fibers at the initial stage of air filtration. This process helps protect finer downstream filters and critical components within HVAC systems, ensuring optimal system performance and air cleanliness in industrial and commercial environments.
Q: What materials are used in the construction of these pre filters?
A: The filters are constructed from durable materials such as galvanized steel, CRCA powder-coated steel, aluminum anodized, and SS304. For the filtration media, options include synthetic non-woven mesh, HDPE, and glass fibre, along with microfiber used as the medium filter. This combination ensures robust and efficient filtration.
Q: Where are ductable unit pre filters commonly installed?
A: These filters are widely used in places where air quality is crucial, such as pharmaceutical facilities, hospitals, operation theaters, hotels, shopping malls, power plants, cement plants, steel industries, fertilizer factories, and textile mills. Their adaptability makes them suitable for both new and replacement installations in Roorkee, Uttarakhand, and throughout India.
Q: What is the benefit of using pre filters in industrial and commercial settings?
A: Pre filters extend the lifespan of HEPA or fine filters by capturing larger particles before they reach the main filtration system. This prevents clogging, reduces maintenance frequency, and promotes cleaner indoor air, which is essential for the health and safety of people and equipment.
Q: How should the pre filters be maintained for optimal performance?
A: Pre filters should be inspected and cleaned regularly according to facility requirements. Depending on operating conditions, periodic replacement may be required to ensure efficient filtration and maintain air quality within the space.
Q: When is it recommended to replace ductable unit pre filters?
A: It is advisable to replace pre filters when there is a noticeable drop in airflow, an increase in pressure differential, or after the manufacturer's recommended service interval. Frequent checks in high-dust or heavy-use environments help maintain consistent air filtration performance.